印尼邦加锡矿后添加改良剂对高粱栽培的优化

T. Lestari, R. Apriyadi, Ismul Aan
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引用次数: 2

摘要

高粱是一种耐旱植物,能够在锡矿开采后的土地上生存。在锡矿后土地上添加改良剂是提高高粱最佳生长和产量的途径之一。本研究旨在提高采锡后土地高粱的最佳生长和产量。该实验于2017年11月至2018年5月在Bangka Merawang Dwi Makmur村的锡矿后矿区进行。试验采用完全随机设计(RAL), 1(1)单因素试验:对照(C0)、氮磷钾(C1)、40 g增磷真菌(C2)、SP36 100 kg ha -1 (C3)、SP36 200 kg ha -1 (C4)。结果表明,施用40 g磷肥增溶菌(C2)对溶固总量(°Brix)的影响最大。与其他处理相比,全氮磷钾肥(C1)的根系生长最高。这表明全氮磷钾肥(C1)能够提高种子/株产量和收获指数(%)。在邦加锡矿后土地上添加改良剂能提高高粱的最佳生长和产量。关键词:对高粱,改良剂,锡后开采,磷酸盐溶剂微生物
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optimization of Sorghum Cultivation (Sorghum Bicholor) with Ameliorant Addition in the Post-Tin Mining Of Bangka, Indonesia
˗˗˗Sorghum is a drought-tolerance plant that have ability to survive on post-tin mining land. One way to increase the optimum growth and production of sorghum on post-tin mining land can be done by ameliorant addition. The objective of the study was to increase the optimum growth and production of sorghum in post-tin mining land. The experiment had been conducted in post-tin mining area located in Dwi Makmur Village, Merawang, Bangka, from November 2017 May 2018. The experiment was conducted using Completely Randomized Design (RAL) with 1 (one) single factor as follows: Control (C0), NPK (C1), 40 gram phosphate solubilizing fungi (C2), SP36 100 kg ha -1 (C3), SP36 200 kg ha -1 (C4). The results showed that the application of 40 grams phosphate solubilizingfungi (C2) had the highest value on the dissolved solid total (° Brix). Complete NPK fertilizer (C1) has the highest root growth when its compared to other treatments. This indicates that full NPK fertilizer (C1) are able to increase the production of seeds/plant and harvest index (%). The addition of ameliorant is able to increase the optimum growth and production of sorghum in post-tin mining land of Bangka. Keyword˗˗˗Sorghum, ameliorant, post-tin mining, phosphate solvent microorganism
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